Electric submersible pumps
Suitable for fixed and mobile installations. Available versions:
DRAINAGE: for
clean or slightly contaminated water, effluent of limited solid
load.
SEWAGE: for contaminated water with solids including
long fibres.
Explosion-proof with EEx dIIB T3 protection, manufactured
in cast iron stainless steel or bronze are available on
request.

Use
|
 |
Performances
DRAINAGE version
| SERIES |
MAX.
CAPACITY |
MAX.
HEAD |
MAX.
POWER |
MAX
Ø OF SOLIDS |
OUTLET
Ø |
PDF |
| HS |
27 m³/h
(450 l/min) |
11,5 |
0,9 kW
(1,2 CV) |
5 mm |
1½" GAS |
 |
| HDA40 |
21 m³/h
(350 l/min) |
15 m |
1,1 kW
(1,5 CV) |
5 mm |
1½" GAS |
 |
| HDA65 - HDN65 |
60 m³/h
(1000 l/min) |
17 m |
2,2 kW
(3 CV) |
5 mm |
2½" GAS |
 |
| HG40 |
13 m³/h
(220 l/min) |
10 m |
0,55 kW
(0,75 CV) |
30 mm |
1½" GAS |
 |
| HG50 |
30 m³/h
(500 l/min) |
14 m |
1,2 kW
(1,6 CV) |
46 mm |
2" GAS |
 |
| H-DIG |
54 m³/h
(900 l/min) |
20 m |
3 kW
(4 CV) |
3 mm |
2½" GAS |
 |
SEWAGE version
| SERIES |
MAX.
CAPACITY |
MAX.
HEAD |
MAX.
POWER |
MAX
Ø OF SOLIDS |
OUTLET
Ø |
PDF |
| RA40 |
19 m³/h
(320 l/min) |
15 m |
0,9 kW
(1,25 CV) |
38 mm |
1½" GAS |
 |
| RB50 - RBX50 - RBB50 |
36 m³/h
(600 l/min) |
17 m |
2,2 kW
(3 CV) |
42 mm |
2" GAS |
 |
| RB65 |
36 m³/h
(600 l/min) |
19 m |
3 kW
(4 CV) |
62 mm |
2" |
 |
| RB80 - RBX80 |
78 m³/h
(600 l/min) |
25 m |
5,5 kW
(7,5 CV) |
80 mm |
3" |
 |
| RB100 - RBX100 |
84 m³/h
(1400 l/min) |
40 m |
15 kW
(20 CV) |
98 mm |
4" |
 |
| RH80 |
66 m³/h
(1100 l/min) |
30 m |
5,5 kW
(7,5) |
50 mm |
DN80 |
 |
| RH150 |
468 m³/h
(7800 l/min) |
34 m |
22 kW
(30 CV) |
112 mm |
DN150 |
 |
| RH200 |
780 m³/h
(13000 l/min) |
17 m |
22 kW
(20 CV) |
80 mm |
DN200 |
 |
| RT50 - RTL50 |
21 m³/h
(350 l/min) |
25 m |
1,8 kW
(2,5 CV) |
5 mm |
2" GAS |
 |
Sewage is one type of wastewater.
Sewage collection and disposal is usually done via a system
of sewer pumps (sewers) called sewerage, and sometimes via
a cesspool emptier. Sewage treatment is usually done with
electric, sumersible and other tyoes of pumps.
Drainage is the natural or artificial removal of surface and
sub-surface water from a given area. Many agricultural soils
need drainage to improve production or to manage water supplies.
Why DRAINAGE is so important: Wetland soils may need drainage
to be used for agriculture. In moist climates, soils may be
adequate for cropping with the exception that they become
waterlogged for brief periods each year, from snow melt or
from heavy rains. Soils that are predominantly clay will pass
water very slowly downward, meanwhile plant roots suffocate
because the excessive water around the roots eliminates air
movement through the soil.
Drainage is especially important in tree fruit production.
In each of these cases appropriate drainage is used to carry
off temporary flushes of water to prevent damage to annual
or perennial crops. In farming drier areas, irrigation is
often used, and one would not consider drainage necessary.
Irrigated land may need periodic flushes with excessive irrigation
water and drainage to remove these toxic minerals.
Drainage in Construction
The civil engineer or site engineer is responsible for drainage
in construction projects. They set out from the plans all
the roads, drainage, culverts and sewers involved in construction
operations. During the construction of the work on site he/she
will set out all the necessary levels for each of the previously
mentioned factors. Site engineers work alongside architects
and construction managers, supervisors, planners, quantity
surveyors, the general workforce, as well as subcontractors.
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